CN107038038A - A kind of method for running Large Copacity USIM applets - Google Patents
A kind of method for running Large Copacity USIM applets Download PDFInfo
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- CN107038038A CN107038038A CN201610075814.0A CN201610075814A CN107038038A CN 107038038 A CN107038038 A CN 107038038A CN 201610075814 A CN201610075814 A CN 201610075814A CN 107038038 A CN107038038 A CN 107038038A
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- usim
- applet
- card
- large copacity
- platform
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F8/00—Arrangements for software engineering
- G06F8/60—Software deployment
- G06F8/61—Installation
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F8/00—Arrangements for software engineering
- G06F8/60—Software deployment
- G06F8/61—Installation
- G06F8/62—Uninstallation
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
- H04M1/724—User interfaces specially adapted for cordless or mobile telephones
- H04M1/72403—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality
- H04M1/72406—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality by software upgrading or downloading
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- Engineering & Computer Science (AREA)
- Software Systems (AREA)
- General Engineering & Computer Science (AREA)
- Theoretical Computer Science (AREA)
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Human Computer Interaction (AREA)
- Computer Networks & Wireless Communication (AREA)
- Signal Processing (AREA)
- Stored Programmes (AREA)
Abstract
The invention discloses a kind of method for running Large Copacity USIM applets；This method is related to a kind of massive storage space Large Copacity USIM (Universal Subscriber Identity Module, global Yong Hu Shi Do modules) on storage and operation applet method, utilize the characteristic of the mass memory unit, so as to save the links such as aerial download, more applets are pre-installed for Large Copacity USIM, realize that off line installs applet, there is provided practicable solution so that application is extended；The method of operation Large Copacity USIM applets described in the present invention, is mainly made up of storage applet stage and execution applet stage two parts.
Description
Technical field
The present invention relates to integrated circuit Large Copacity usim card field, more particularly to a kind of operation small application journeys of Large Copacity USIM
Sequence method.
Background technology
In the epoch that this current mechanics of communication is flourishing, usim card as user identity identification in mobile communication equipment production
Product, it is commonly used, but be due to USIM limited storage space, it is impossible to excessive applet is pre-installed, so working as needs
When installing or perform the applet not having on a USIM, it is necessary to downloaded or to business hall field download using aerial
Mode, this mode cause users' in-convenience in use.
But, Large Copacity USIM possesses massive storage space, a considerable amount of applets can be preset into great Rong
Measure in USIM, once needs install any one on Java Card (Java card) platform and have stored in massive storage space
During interior applet, Large Copacity USIM by mobile network without being downloaded or be installed in business hall, directly from magnanimity
The applet being pre-stored is obtained in memory space, and is run in Large Copacity USIM, offline installation is realized, simultaneously
Also USIM application function is extended, it is easy-to-use that this gives users.
The content of the invention
The present invention is intended to provide a kind of method for running Large Copacity USIM applets, due to the sea with larger space
Memory block is measured, Large Copacity USIM can be with the multiple applets of pre-download, can be from mass memory area when needing to install or call
Interior reading applet, these applets are installed in Large Copacity USIM and performed.
Large Copacity USIM applet methods are run the present invention relates to one kind, including stores the applet stage and holds
The row applet stage two parts, wherein, it is described storage the applet stage be by applet by communication connect
Mouth is downloaded in Large Copacity USIM, and the smart card subregion in massive storage space is stored, and it implements step such as
Under：
1) Large Copacity USIM supports ISO/IEC 7816 and USB communication interfaces, if with the main frame such as production equipment or mobile phone terminal
After the connection of the interfaces of ISO/IEC 7816, Large Copacity USIM will continue to carry out data interaction with main frame on contact communication interface；
If after being connected with the USB interface of the main frame such as production equipment, mobile phone terminal or working computer, Large Copacity USIM will continue in USB
Data interaction is carried out on communication interface, with CCID protocol and main frame；
Once 2) be successfully connected contact communication interface or USB CCID communication interfaces, main frame just can access great Rong by instructing
Measure the smart card subregion in USIM massive storage space；
3) main frame sends download instruction to Large Copacity USIM, by multiple applets storage to the intelligence in massive storage space
Can card subregion；
4) if Large Copacity USIM is Java Card (Java card), main frame will use GP, and (Global Platform, are directed to out
Send out, formulate and issue inter-trade International Standards Organization of the technical standard of safety chip) standard download instruction in specification, will
Java Applet write smart card subregion；
5) if Large Copacity USIM is Native Card (local card), main frame refers to the privately owned download that can recognize that using both sides
Order, smart card subregion is write by applet code；
Wherein, the execution applet stage is to read applet out of massive storage space smart card subregion
Out, load and run in the running space of the Chip Operating System and in Large Copacity USIM, it is as follows that it implements step：
If 1) Large Copacity USIM is Java Card (Java card)：
A) main frame will send the installation instruction in GP (Global Platform) specification to Large Copacity USIM；
B) the smart card subregion that Large Copacity USIM will be accessed in massive storage space, to be pacified by retrieving application identities and finding
The applet of dress, and applet is read from smart card subregion in Large Copacity USIM Chip Operating Systems；
C) main frame sends the activation instruction in GP (Global Platform) specification, to choose applet, Large Copacity USIM
Chip Operating System will on its running space, such as NVM (Non-Volatile Memory, nonvolatile memory) or
RAM (Random-Access Memory, random access storage device), performs selected applet；
D) deactivation or the unloading command in GP (Global Platform) specification are sent when main frame, on Large Copacity USIM pieces
The applet performed in the running space of operating system, will be stopped, nullifies or deletes, and in the intelligence of massive storage space
Not mounted applet can be still store in card subregion；
If 2) Large Copacity USIM is Native Card (local card)：
A) main frame will send the privately owned instruction for performing applet to Large Copacity USIM；
B) Large Copacity USIM will access the smart card subregion in massive storage space, will quilt by retrieving that application identities find
The applet called, and applet is read from smart card subregion in Large Copacity USIM Chip Operating Systems；
C) Large Copacity USIM Chip Operating Systems will on its running space, such as NVM (Non-Volatile Memory, it is non-
Volatile memory) or RAM (Random-Access Memory, random access storage device), perform applet；
D) when main frame send apply END instruction, performed in the running space of Large Copacity USIM Chip Operating Systems it is small should
With program, it will be stopped and deleted out of Chip Operating System, and still stored in the smart card subregion of massive storage space
The applet not being read.
Preferably, the Large Copacity USIM is Subscriber Identity Module, has both supported conventional telecommunications business, and mass memory work(is supported again
Energy.
Preferably, the Large Copacity USIM support ISO/IEC 7816 and USB (Universal Serial Bus, it is general
Universal serial bus) two kinds of communication interfaces, and have access to massive storage space different subregions by both communication interfaces.
Preferably, the Large Copacity USIM is USB equipment complexes, in the connection main frame such as mobile phone terminal or working computer
After USB interface, CCID (USB Chip/Smart Card Interface Devices, USB can be identified as slave unit
Chip intelligent clamping jaws equipment) and USB mass memory units with multiple memory partitions.
Preferably, the Large Copacity USIM, wherein, the mass storage function refers to that Large Copacity USIM has multiple
Partition holding, each partition holding has different access rights and application function, and one of partition holding is used as smart card
Subregion to telecommunication service function there is provided conducting interviews, and applet will be stored in smart card subregion.
Preferably, the Large Copacity USIM Chip Operating Systems are to be grasped in Large Copacity USIM on operation operating system, the piece
There are two kinds of implementations as system, one kind is Java Card (Java card) platform, another is Native Card (local card)
Platform.
Preferably, Java Card (Java card) platforms are with Java Card (Java card) platform specifications (Java Card
Platform Specifications) it is standard implementation there is provided the application function interface of standard, and any applet
When being run on Java Card (Java card) platform, different standard application function interfaces is called to complete object run so that
Same USIM realizes different application functions.
Preferably, what Native Card (local card) platform was not unified realizes standard, its platform and small application journey
Connection between sequence is fixed interface, and can only run the small of several fixations on Native Card (local card) platform
Application program, this USIM can only realize several application functions fixed.
Preferably, described applet is the small application journeys of Java Applet run on Java Card (Java card)
Sequence, can dynamically be downloaded on Java Card (Java card) platform, install, activate, de-activated and unloading operation,
After being activated, applet can receive the order of outside transmission, and perform the respective code of applet.
Preferably, the applet be several that run on Native Card (local card) platform fix it is small
Application program, it is not necessary to download, install or activate, by Native Card (local card) platform to the external command that receives
Handled, directly invoke the corresponding interface or code of applet, realize the function of the application.
Preferably, the storage applet stage, the main frame such as production equipment or working computer can pass through ISO/
IEC 7816 or USB CCID interfaces are attached with Large Copacity USIM, can be had access in mass memory area by these interfaces
Smart card subregion, applet is written in smart card subregion using download instruction, and by different application labels,
Divide into the position that different applets are stored.
Preferably, the execution applet stage, Large Copacity USIM is from ISO/IEC 7816 or USB CCID interfaces
Receive the instruction of main frame transmission, it is desirable to install or call some applet, system is now operated on Large Copacity USIM pieces
System will be retrieved out of Large Copacity USIM massive storage space smart card subregion and apply label, read applet, and will
This applet is arranged in Large Copacity USIM running space, in Java Card (Java card) platforms or Native
Performed on Card (local card) platform.
The present invention is as a result of the above-mentioned storage applet stage and performs the applet stage, and what is obtained has
Beneficial effect is to be downloaded or installed in business hall by mobile network, directly obtains and has prestored out of massive storage space
The applet of storage, and run in Large Copacity USIM, offline installation is realized, while also extending USIM application work(
Can, it is easy-to-use that this gives users.
The present invention will be further described with reference to the accompanying drawings and detailed description.
Brief description of the drawings
Fig. 1 is that the Large Copacity USIM that the present invention is embodied is embodied as Java Card (Java card) storage and performs rank
The workflow diagram of section.
Fig. 2 is the storage and execution that the Large Copacity USIM that the present invention is embodied is embodied as Native Card (local card)
The workflow diagram in stage.
Embodiment
As shown in figure 1, for the Large Copacity USIM that is embodied of the present invention be embodied as Java Card (Java card) storage and
The workflow diagram in execution stage；Large Copacity USIM be embodied as Java Card (Java card) storage and perform the stage it is specific
Step is as follows：(1) since the life cycle of applet starting to download to Large Copacity USIM smart card subregion；(2) it is first
First Large Copacity card is connected with main frame, sets up interface channel；(3) main frame sends GP on ISO/IEC 7816 or USB CCID interfaces
The download instruction of (Global Platform)；(4) in downloading process, applet can be allocated application identities, be answered with small
Write together with program；(5) applet is written in Large Copacity USIM smart card subregion；(6) whether complete to download
After all down operations are completed, applet will be stored in smart card subregion, even if Large Copacity USIM loses confession
Power supply can also be preserved always, and this is typically to occur in Large Copacity USIM production phase；(7) above-mentioned steps, complete to download
In the case of, when Large Copacity USIM is in client application, refer to when receiving the outside GP (Global Platform) sent and installing
Order, it is desirable to install applet；(8) so, Large Copacity USIM Chip Operating System will be retrieved small in smart card subregion
The application identities of application program；(9) retrieve after application identities, the Java Applet will be read to Chip Operating System；
(10) and then by Java Applet it is written to Large Copacity USIM running space（NVM or RAM）, and it is empty to keep in the operation
Between in；(11) Large Copacity USIM have received GP (Global Platform) activation instruction；(12) the Java Applet are small should
It will be performed with program, and respond follow-up received dependent instruction；(13) if the instruction transmitted by main frame is GP
(Global Platform) is deactivated or unloading command(14) if above-mentioned instruction, then, the small applications of the Java Applet
Program will be canceled and delete from running space；(15) terminate, but the code of the Java Applet applets will not
Deleted out of smart card subregion.
As shown in Fig. 2 the Large Copacity USIM that is embodied of the present invention be embodied as Native Card (local card) storage and
The workflow diagram in execution stage；Large Copacity USIM is embodied as Native Card (local card) storage and performs stage tool
Body step is as follows：(1) start, due to the not international standard platform mechanism of Native Card (local card), so in number
It is the privately owned instruction that main frame is recognized each other with Large Copacity USIM according to instruction transmitted in interaction；(2) Large Copacity first
USIM and main frame（ISO/IEC 7816 or USB CCID interfaces）Connection, sets up interface channel；(3) main frame is in ISO/IEC 7816
Or privately owned download instruction on USB CCID interfaces；(4) distinguished by distributing application identities to applet it is different it is small should
Use program code；(5) applet is written in Large Copacity USIM smart card subregion；(6) whether complete to downloadComplete
Into after the download step of applet, just preserved in smart card subregion；(7) when Large Copacity USIM receives the outside tune sent
With the instruction of applet；(8) in the case of above-mentioned download is completed, Large Copacity USIM Chip Operating System will be in smart card
The application identities of retrieval applet in subregion；(9) retrieve after the application identities, read out the generation of the applet
Code arrives Chip Operating System；(10) applet is write to Large Copacity USIM running space；(11) the small application is preserved
Program is in running space, and called execution；(12) if main frame have sent using the privately owned instruction terminated to Large Copacity USIM,
No longer need to call the applet；(13) if not recalling the applet, then will be from Large Copacity USIM
It is deleted in the running space of Chip Operating System；(14) terminate, but the applet can still remain in smart card point
In area, wait next time called.
Above is presently preferred embodiments of the present invention is illustrated, but the present invention is not limited to described implementation
Example, those skilled in the art can also be made on the premise of without prejudice to the object of the invention and spirit it is various equivalent or
Replace, these are equivalent or replacement, it is clear that the claim that the technical scheme of formation all should be included in the present invention is limited
Within the scope of fixed.
Claims (12)
1. one kind operation Large Copacity USIM applet methods, including storage applet stage and execution applet
Stage two parts, it is characterised in that
The storage applet stage is to download to applet in Large Copacity USIM by communication interface, and in sea
Smart card subregion in amount memory space is stored, and it is as follows that it implements step：
1）Large Copacity USIM supports ISO/IEC 7816 and USB communication interfaces, if with the main frame such as production equipment or mobile phone terminal
After the connection of the interfaces of ISO/IEC 7816, Large Copacity USIM will continue to carry out data interaction with main frame on contact communication interface；
If after being connected with the USB interface of the main frame such as production equipment, mobile phone terminal or working computer, Large Copacity USIM will continue in USB
Data interaction is carried out on communication interface, with CCID protocol and main frame；
2）Once being successfully connected contact communication interface or USB CCID communication interfaces, main frame just can access great Rong by instructing
Measure the smart card subregion in USIM massive storage space；
3）Main frame sends download instruction to Large Copacity USIM, by multiple applets storage to the intelligence in massive storage space
Card subregion；
4）If Large Copacity USIM is Java Card (Java card), main frame will be used in GP (Global Platform) specification
Standard download is instructed, and Java Applet are write into smart card subregion；
5）If Large Copacity USIM is Native Card (local card), main frame refers to the privately owned download that can recognize that using both sides
Order, smart card subregion is write by applet code；
The execution applet stage is to read out applet out of massive storage space smart card subregion,
And load and run in the running space of the Chip Operating System in Large Copacity USIM, it is as follows that it implements step：
1）If Large Copacity USIM is Java Card (Java card)：
A) main frame will send the installation instruction in GP (Global Platform) specification to Large Copacity USIM；
B) the smart card subregion that Large Copacity USIM will be accessed in massive storage space, to be pacified by retrieving application identities and finding
The applet of dress, and applet is read from smart card subregion in Large Copacity USIM Chip Operating Systems；
C) main frame sends the activation instruction in GP (Global Platform) specification, to choose applet, Large Copacity
USIM Chip Operating Systems will be on its running space, such as NVM (Non-Volatile Memory, nonvolatile memory)
Or RAM (Random-Access Memory, random access storage device), perform selected applet；
D) deactivation or the unloading command in GP (Global Platform) specification are sent when main frame, on Large Copacity USIM pieces
The applet performed in the running space of operating system, will be stopped, nullifies or deletes, and in the intelligence of massive storage space
Not mounted applet can be still store in card subregion；
If 2) Large Copacity USIM is Native Card (local card)：
A) main frame will send the privately owned instruction for performing applet to Large Copacity USIM；
B) Large Copacity USIM will access the smart card subregion in massive storage space, will quilt by retrieving that application identities find
The applet called, and applet is read from smart card subregion in Large Copacity USIM Chip Operating Systems；
C) Large Copacity USIM Chip Operating Systems will on its running space, such as NVM (Non-Volatile Memory, it is non-
Volatile memory) or RAM (Random-Access Memory, random access storage device), perform applet；
D) when main frame send apply END instruction, performed in the running space of Large Copacity USIM Chip Operating Systems it is small should
With program, it will be stopped and deleted out of Chip Operating System, and still stored in the smart card subregion of massive storage space
The applet not being read.
2. Large Copacity USIM according to claim 1, it is characterised in that the Large Copacity USIM is Subscriber Identity Module, both
Conventional telecommunications business is supported, mass storage function is supported again.
3. Large Copacity USIM according to claim 1, it is characterised in that the Large Copacity USIM supports ISO/IEC 7816
With two kinds of communication interfaces of USB (Universal Serial Bus, USB), and accessed by both communication interfaces
To massive storage space different subregions.
4. Large Copacity USIM according to claim 1, it is characterised in that the Large Copacity USIM is USB equipment complexes,
After the USB interface for connecting the main frame such as mobile phone terminal or working computer, CCID (USB Chip/ can be identified as slave unit
Smart Card Interface Devices, USB chip intelligent clampings jaws equipment) and USB with multiple memory partitions
Mass memory unit.
5. Large Copacity USIM according to claim 2, it is characterised in that the mass storage function, refers to the Large Copacity
USIM has multiple partition holdings, and each partition holding has different access rights and application function, one of storage point
Area to telecommunication service function as smart card subregion there is provided conducting interviews, and applet will be stored in smart card subregion.
6. Large Copacity USIM Chip Operating Systems according to claim 1, it is characterised in that operated on Large Copacity USIM pieces
System is operation operating system in Large Copacity USIM, and the Chip Operating System has two kinds of implementations, and one kind is Java Card
(Java card) platform, another is Native Card (local card) platform.
7. Java Card (Java card) platform according to claim 6, it is characterised in that Java Card platforms are with Java
Card (Java card) platform specification (Java Card Platform Specifications) is that there is provided standard for standard implementation
Application function interface, and any applet on Java Card (Java card) platform when running, and calls different standards
Application function interface completes object run so that same USIM realize different application functions.
8. Native Card (local card) platform according to claim 6, it is characterised in that Native Card are (local
Card) platform it is ununified realize standard, the connection between its platform and applet is fixed interface, and in Native
The applet of several fixations can only be run on Card (local card) platform, this USIM can only realize what several were fixed
Application function.
9. the applet according to claim 7 run on Java Card (Java card) platform, its feature exists
In described applet is the Java Applet applets run on Java Card (Java card), can be dynamic
Ground is downloaded on Java Card (Java card) platform, installed, activating, de-activated and unloading operation, small after being activated
Application program can receive the order of outside transmission, and perform the respective code of applet.
10. the applet according to claim 7 run on Native Card (local card) platform, its feature
It is, described applet is several applets fixed run on Native Card (local card) platform,
It need not download, install or activate, the external command received is handled by Native Card (local card) platform,
The corresponding interface or code of applet are directly invoked, the function of the application is realized.
11. the storage applet stage according to claim 1, it is characterised in that production equipment or working computer
It can be attached Deng main frame by ISO/IEC 7816 or USB CCID interfaces with Large Copacity USIM, can be with by these interfaces
Applet, is written in smart card subregion by the smart card subregion having access in mass memory area using download instruction, and
By different application labels, the position that different applets are stored is divided into.
12. the execution applet stage according to claim 1, it is characterised in that Large Copacity USIM is from ISO/IEC
The instruction that 7816 or USB CCID interfaces are sent to main frame, it is desirable to install or call some applet, now greatly
Capacity USIM Chip Operating Systems will be retrieved out of Large Copacity USIM massive storage space smart card subregion and apply label, read
Go out applet, and this applet is arranged in Large Copacity USIM running space, in Java Card platforms
Performed on (local card) or Native Card (local card) platform.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610075814.0A CN107038038B (en) | 2016-02-03 | 2016-02-03 | Method for operating large-capacity USIM applet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610075814.0A CN107038038B (en) | 2016-02-03 | 2016-02-03 | Method for operating large-capacity USIM applet |
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| CN107038038A true CN107038038A (en) | 2017-08-11 |
| CN107038038B CN107038038B (en) | 2021-12-21 |
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| CN201610075814.0A Active CN107038038B (en) | 2016-02-03 | 2016-02-03 | Method for operating large-capacity USIM applet |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2019201053A1 (en) * | 2018-04-19 | 2019-10-24 | 深圳市文鼎创数据科技有限公司 | Java card multi-application management method and java card |
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| Publication number | Publication date |
|---|---|
| CN107038038B (en) | 2021-12-21 |
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